Funding
Funding not disclosed
Founders
Product
Problem
Current aerospace missions face constraints from limited propulsion efficiency, high emissions, and insufficient autonomous system capabilities, which increase operational costs and reduce mission endurance.
Solution
IndoplanetX delivers integrated space intelligence solutions that combine semi‑cryogenic and hybrid propulsion architectures with high‑density hydrogen fuel cells and AI‑driven autonomous technologies. The propulsion systems are engineered for scalable performance and lower fuel consumption, while the next‑generation hydrogen fuel cells extend the endurance of drones and spacecraft with zero‑emission power. AI modules provide real‑time health monitoring, fault detection, and self‑repair capabilities, reducing the need for ground intervention and enhancing mission reliability. By unifying these technologies into a single engineering platform, IndoplanetX enables aerospace manufacturers and research programs to develop higher‑performance, more sustainable vehicles at reduced lifecycle cost.
Target Audience
Primary customers are aerospace manufacturers, satellite operators, and research institutions developing propulsion‑intensive vehicles or autonomous space platforms.
Features
- Semi‑cryogenic and hybrid engine designs optimized for thrust efficiency and modular scalability
- High‑power hydrogen fuel cells delivering extended flight time for drones and spacecraft with zero emissions
- Autonomous fault detection and self‑repair algorithms that operate in‑orbit without ground control
- Real‑time satellite and vehicle health monitoring using AI analytics for predictive maintenance
- Integrated engineering workflow that aligns propulsion, energy, and AI subsystems for streamlined system integration